What determines tree mortality in dry environments? A multi-perspective approach

Keyphrases

• Patchy 100%
• Normalized Difference Vegetation Index 100%
• Extreme Drought 100%
• Dry Environment 100%
• Tree Mortality 100%
• Multi-perspective Approach 100%
• High-risk Areas 50%
• Survival Probability 50%
• Deep Soil 50%
• Pinus Halepensis 50%
• Environmental Factors 50%
• Old Age 50%
• Single Approach 50%
• Mortality Risk 50%
• Remote Sensing 50%
• Spatiotemporal Variation 50%
• High-resolution 50%
• Drought 50%
• Drought Period 50%
• Performance Indicators 50%
• Planted Forest 50%
• Scientific Disciplines 50%
• Unique Information 50%
• Management Plan 50%
• Scale Assessment 50%
• Tree Growth 50%
• Potential Bias 50%
• High Resilience 50%
• Performance-based 50%
• Pattern-based 50%
• Landscape Scale 50%
• Global Climate Change 50%
• Mortality Event 50%
• Levels of Organization 50%
• Aerial Image 50%
• Demographic Change 50%
• Tree Rings 50%
• Landsat Satellite Images 50%
• Sustainable Management 50%
• Semi-arid Forest 50%
• Forest Degradation 50%
• Tree Density 50%
• Dead Trees 50%
• Vegetation Index Time Series 50%
• Forest Resilience 50%
• Informative Patterns 50%
• Forest Ecosystem Processes 50%
• Wide Landscape 50%
• Dendrochronological Analysis 50%
• Point Pattern 50%
• Basal Area Increment 50%
• Event Understanding 50%
• Long-term Temporal Dynamics 50%

Agricultural and Biological Sciences

• Normalized Difference Vegetation Index 100%
• Tree Mortality 100%
• Pinus halepensis 50%
• Remote Sensing 50%
• Climate Change 50%
• Environmental Factor 50%
• Observational Studies 50%
• Tree Growth 50%
• Forest Ecosystem 50%
• Forest Decline 50%
• Landsat 50%
• Basal Area 50%

Earth and Planetary Sciences

• Time Series 100%
• Normalized Difference Vegetation Index 100%
• Remote Sensing 50%
• Ecosystem Function 50%
• Satellite Image 50%
• Aerial Photograph 50%
• Global Climate Change 50%
• Landsat Satellite 50%
• Tree rings 50%
• Basal Area 50%
• Forest Ecosystem 50%